Attachment 5 Magnum Thermal King User Manual.pdf

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Ingersoll Rand’s Climate Solutions sector delivers energy-effi cient HVACR solutions for customers globally. Its world class brands include Thermo King, the leader in transport temperature control and Trane, a provider of energy effi cient heating, ventilating and air conditioning systems, building and contracting services, parts support and advanced controls for commercial buildings and homes.

SB-210+

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TK 5XXXX-X-PL

TK 60275-4-MM

©2012 Ingersoll Rand Company Printed in U.S.A.

314 West 90th Street Minneapolis, MN 55420

Direct (952) 887-2200

Thermo King Corporate

Distributed by:

SB-210+

Additional text information to be placed here

TK 5XXXX-X-PL

314 West 90th Street Minneapolis, MN 55420

Direct (952) 887-2200

Thermo King Corporate

SB-210+

Additional text information to be placed here

TK 5XXXX-X-PL

Distributed by:

314 West 90th Street Minneapolis, MN 55420

Direct (952) 887-2200

Thermo King Corporate

Distributed by:

MAGNUM +

TK 60275-4-MM (Rev. 3, 08/15)

314 West 90th Street Minneapolis, MN 55420

Direct (952) 887-2200

Thermo King Corporate

Maintenance Manual

MAGNUM+

TK 60275-4-MM (Rev. 3, 08/15) Copyright© 2012 Ingersoll Rand - EMEIA Printed in Ireland

Revision History

Rev. 3 – TK 60275-4-MM (Rev. 3, 08/15) Add information per Service and Software Bulletins since previous revision.

This manual is published strictly for informational purposes. The information so provided should not be considered as all-inclusive or covering all contingencies. Thermo King Corporation should be consulted if further information is required.

Sale of product shown in this manual is subject to Thermo King’s terms and conditions.

This includes, but not limited to, the Thermo King Limited Express Warranty. Such terms and conditions are available upon request. Thermo King’s warranty will not apply to any equipment which has been “so repaired or altered outside the manufacturer’s plants as, in the manufacturer’s judgment, to effect its stability.”

No warranties, express or implied, are made regarding the information, recommendations, and descriptions contained herein. This includes warranties of fitness for a particular purpose or merchantability, or warranties arising from course of dealing or usage of trade. The manufacturer is not responsible and will not be held liable in contract or in tort (including negligence) for any special, indirect or consequential damages. This includes injury or damage caused to vehicles, contents or persons, by reason of the installation of any Thermo King product or its mechanical failure.

The maintenance information in this manual covers unit models:

Base Units

MAGNUM+ 098212 098216 098218 098203

098219 098223 098580 098581 098582 098583 098585 098586 098587 098588 098589 098590 098591 098592 098593 098594

For further information, refer to:

Parts Manuals MAGNUM Parts List TK 54356 Operation, Diagnosis and Refrigeration Maintenance Manuals

Diagnosing Thermo King Container Refrigeration Systems TK 41166 Electrostatic Discharge (ESD) Training Guide TK 40282 Evacuation Station Operation and Field Application TK 40612 Tool Catalog TK 5955

The information in this manual is provided to assist owners, operators and service people in the proper upkeep and maintenance of Thermo King units.

Recover Refrigerant

At Thermo King, we recognize the need to preserve the environment and limit the potential harm to the ozone layer that can result from allowing refrigerant to escape into the atmosphere.

We strictly adhere to a policy that promotes the recovery and limits the loss of refrigerant into the atmosphere.

In addition, service personnel must be aware of Federal regulations concerning the use of refrigerants and the certification of technicians.

For additional information on regulations and technician certification programs, contact your local Thermo King dealer.

R-404A

WARNING: Use only Polyol Ester-based refrigeration compressor oil in R-404A. See Thermo King Parts Manual for part number.

Do not mix Polyol Ester and standard synthetic compressor oils. Keep Polyol Ester compressor oil in tightly sealed containers. If Polyol Ester oil becomes contaminated with moisture or standard oils, dispose of properly–DO NOT USE.

When servicing Thermo King R-404A unit, use only those service tools certified for and dedicated to R-404A refrigerant and Polyol Ester compressor oils.

Residual non-HFX refrigerants or oils will contaminate R-404A systems.

Table of Contents

Safety Instructions General Precautions Refrigerant Oil Precautions Electrical Precautions

Precautions First Aid Low Voltage

Electrostatic Discharge Precautions Electrostatic Discharge and the Controller Welding of Units or Containers

Removing Refrigerant Properly Identifying Unit Safety and Warning Decals Locating Serial Numbers

Component Serial Number Identification Service Guide Service Guide Specifications Evaporator Airflow Specifications Electrical System Specifications Refrigeration System Specifications Unit Description, Features & Options Introduction

General Description Scroll Compressor MP-4000 Controller

Power Module Fuses Compressor Digital Control Valve Economizer Heat Exchange System Temperature Sensors Fresh Air Exchange System Receiver Tank Sight Glass Evaporator Fans Condenser Fan Control

USDA Cold Treatment Temperature Recording (standard) Unit Options

Electronic Chart Recorder (Optional) Remote Monitoring Modem (RMM, RMM+) (Optional) Suction and Discharge Pressure Sensors (Optional) Water-Cooled Condenser/Receiver Tank (Optional) Air Ventilation Logging (AVL - Optional) Advanced Fresh Air Management (AFAM) System (Optional) Advanced Fresh Air Management Plus (AFAM+) System (Optional)

Controller Description Controller Description

Controller Back-up Battery Controller Input and Output Signals

Standard Display Idle Screen Glossary of Mode Descriptions

Function Keys Three Special Function Keys MP-4000 Software

Software Version 2.3.4 100927 Software Version 2.3.6 110301 Software Version 2.3.7.0 110608 Software Version 2.3.8.0 110628 Software Version 2.4.0.0 111220

Software Version 2.4.2.0 120313 Software Version 2.4.3.0 120628 Software Version 2.5.0.0 121121 Software Version 2.5.1.0 130213 Software Version 2.5.3.0 130424 Software Version 3.1.0.0 140612 Software Version 3.2.0.0 140822

Operating Instructions Function Keys

Unit On/Off Key Sequence Of Operation

Unit Start-up Initiating a Manual Defrost

PTI

Viewing Alarms/Warnings Display Alternate Fahrenheit (F) or Celsius (C) Temperatures Changing Setpoint Main Menu Controller Back-up Battery

Controller Lockup Issue Emergency Run Mode

Rotation Check FULL COOL Mode DEFROST Mode High or Low Speed Fans Only

Navigating the Controller Operating Menu Navigating the Controller Operating Menu

Icon Menu Menu Scrolling Keys Changing Screen Contrast

Main Menu Main Menu Data/Values Menu

MP4000

Data/Values

Setpoint/Control Menu Cold Treatment (CT) Multiple Temperature Set (MTS)

OPTISET

Temperature Setpoint Controlling Mode Pull Down Selection Watercool Humidity Control Humidity Setpoint AVL (Air Ventilation Logging) Fresh Air Vent Man - AFAM Mode Fresh Air Vent Man - AFAM+ Mode AFAM Delay AFAM Rate AFAM+ CO2 Max AFAM+ O2 Min Smart PTI

Alarm List Warning List Configuration Menu

Unit Setting Unit Configuration (Configuration Depends on Unit) Options

Miscellaneous Settings Datalogger Menu States Menu Special Function Keys - User Activated Commands

PTI Key Defrost Key

PTI (Pretrip) Tests Automated Tests Function Test Manual Function Test

Defrost Alarms/Warnings Menu

Alarm Code States Alarm/Warning List Menu View the Alarm/Warning List Menu Warning List Menu Alarm List Menu

Configuration Menu Viewing or Setting Functions Set Date and Time

Datalogger Menu Viewing the Datalogger Menu Inspect Log Trip Start Set Log Time Interval

States Menu Air Ventilation Logging (AVL) Starting the AFAM System

Change the AFAM Delay Change the AFAM Rate

Advanced Fresh Air Management Plus (AFAM+) System Set AFAM+ System Values Change the AFAM Delay Change the CO2 Minimum and Maximum Setting Changing the AFAM+ Settings Using ‘OPTISET’ Modify Optiset Product Settings Testing AFAM+ / AFAM System AFAM+ Option Alarm Codes (see manual for further descriptions)

Pulsating Vent Door AFAM+ Door Closes Automatically Pulsating AFAM+ Door AFAM+ Enabled

Operating Theory Chill Loads: (Setpoint at -9.9 C [14.1 F] and Above) Frozen Loads: (Setpoint at -10 C [14 F] and Below) Compressor Vapor Injection High Temperature Protection Power Limit Mode Evaporator Fan Control Condenser Fan Control Probe Test Dehumidify Mode

Continuous Temperature Control Operation Frozen Loads (Controller Setpoint at -10 C [14 F] and Below):

Compressor Digital Control Valve Economizer System Data Recording and Downloading Data Cold Treatment (CT) Multiple Temperature Setpoint (MTS)

Controller Maintenance Controller Door Open and Close Instructions Flash Loading Controller Software MP-4000 Test System Tool Controller Replacement Electrical Maintenance Unit Protection Devices

Introduction Main Circuit Breaker Evaporator Overheat Protection

High Pressure Cutout Switch High Pressure Cutout Manifold High Pressure Cutout Switch Removal

High Pressure Cutout Switch Installation Low Pressure Cutout Switch

Low Pressure Cutout Switch Removal Low Pressure Cutout Switch Installation

Low Pressure Cutout Switch or Suction Transducer Configuration Discharge and Low Pressure Sensors (Optional)

Discharge and Low Pressure Sensors Removal Discharge and Low Pressure Sensor Installation

Condenser Fan and Evaporator Fan Rotation Check Condenser Fan Rotation Check Evaporator Fan Rotation Reversing Power Phase on MAGNUM Units

Evaporator Heater Selection Extended Capacity Heaters Electric Heaters Malfunction

Compressor Discharge Gas Temperature Sensor Compressor Discharge Temperature Sensor Replacement

Temperature Sensors Installing Temperature Sensors Testing the Sensors Resistance Values for Temperature Sensors

Refrigeration Maintenance Introduction Use the Correct Tools Use the Correct Vacuum Pump Use Filters and Cartridges Use the Correct Refrigerant Recovery Equipment Detecting Leaks Locating Special Service Fittings Perform an Oil Acid Test Isolate the Compressor Working with a Gauge Manifold

Using a New Gauge Manifold Set Gauge Manifold Valve Positions

Gauge Manifold Set Installation & Removal Gauge Manifold Set Installation Removing the Gauge Manifold Set

Checking Refrigerant Charge Receiver Tank Sight Glass Leak Testing the Refrigeration System Using Pressurized Nitrogen

Safety Precautions Purge High Side to Low Side Maximum Gas Pressures

Recovering Refrigerant from the System Evacuation and Cleanup of the Refrigeration System

Unit Preparation and Hookup Unit Evacuation Pressure Rise Test Factors Affecting the Speed of System Evacuation Heat Saves Time

Charging the System with Refrigerant Unit Charging by weight (from an Evacuated Condition)

Compressor Replacement Compressor Removal Compressor Installation

Condenser Coil Replacement Filter Drier/In-line Filter Replacement Evaporator Expansion Valve (TXV) Replacement Economizer Expansion Valve Replacement Economizer Heat Exchanger Replacement

Economizer Heat Exchanger Removal Economizer Heat Exchanger installation

Receiver Tank/ Water-Cooled Condenser Tank Replacement Tank Removal Tank Installation

Vapor Injection Valve Replacement Compressor Digital Control Valve Replacement Servicing The Unit Taking Care of the Structure

Inspecting the Unit Checking the Mounting Bolts Cleaning the Condenser Coil Cleaning the Evaporator Coil Cleaning the Defrost Drains Positioning the Condenser Fan Blade Positioning the Evaporator Fan Blade

Servicing the Fresh Air System Adjusting the Fresh Air Exchange System

Diagnosis: Troubleshooting, Warnings and Alarm Codes Introduction Controller Diagnostics Warnings and Controller Actions Wiring and Schematic Diagrams Index Controller Menu Guide

Safety Instructions

General Precautions

• Always wear goggles or safety glasses. Refrigerant liquid and battery acid can permanently damage the eyes.

• Never operate the unit with the discharge valve closed. Never close the compressor discharge valve with the unit in operation.

• Keep your hands, clothing and tools clear of the fans when the refrigeration unit is running. If it is necessary to run the refrigeration unit with covers removed, be very careful with tools or meters being used in the area.

• Check the condition of the gauge manifold hoses. Never let the hoses come in contact with a fan motor blade or any hot surface.

• Never apply heat to a sealed refrigeration system or container.

• Fluorocarbon refrigerants produce toxic gases in the presence of an open flame or electrical arc. The gases are severe respiratory irritants capable of causing death.

• Firmly tighten all mounting bolts. Check each bolt for correct length for their particular application.

• Use extreme caution when drilling holes in the unit. The holes may weaken structural components.

Holes drilled into electrical wiring can cause fire or explosion. Holes drilled into the refrigeration system may release refrigerant.

• Use caution when working around exposed coil fins. The fins can cause painful lacerations.

• Use caution when working with a refrigerant or refrigeration system in any closed or confined area with a limited air supply (for example, a trailer, container or in the hold of a ship). Refrigerant tends to displace air and can cause oxygen depletion. This can result in suffocation and possible death.

• Use caution and follow the manufacturer’s suggested practices when using ladders or scaffolds.

Refrigerant Oil Precautions Observe the following precautions when working with or around refrigerant oil:

• Do not allow refrigerant oil to contact your eyes.

• Rubber gloves are recommended when handling Polyol Ester based refrigerant oil.

• Do not allow prolonged or repeated contact with skin or clothing.

• Immediately wash all exposed skin after handling refrigerant oil.

Use the following First Aid practices if needed.

Eyes: Immediately flush eyes with large amounts of water. Continue flushing for at least 15 minutes while holding the eyelids open. Get prompt medical attention.

Skin: Remove contaminated clothing. Wash thoroughly with soap and water. Get medical attention if irritation persists.

Inhalation: Move victim to fresh air. Restore breathing if necessary. Stay with victim until arrival of emergency personnel.

Ingestion: Do not induce vomiting. Contact a local poison control center or physician immediately.

Electrical Precautions The possibility of serious or fatal injury from electrical shock exists when servicing a refrigeration unit.

Extreme care must be used when working with a refrigeration unit that is connected to its power source.

Extreme care must be used even if the unit is not running. Lethal voltage potentials can exist at the unit power cord, inside the control box, inside any high voltage junction box, at the motors and within the wiring harnesses.

Precautions In general disconnect the units power cord before repairing or changing any electrical components.

Note that even though the controller is turned off, one of the phases is still live and represents a potential danger of electrocution Where turning of the unit is not possible (for example at voltage measuring or troubleshooting), follow safety precautions below.

• Turn the unit On/Off switch to Off before connecting or disconnecting the unit power plug. Never attempt to stop the unit by disconnecting the power plug.

• Be certain the unit power plug is clean and dry before connecting it to a power source.

• Use tools with insulated handles. Use tools that are in good condition. Never hold metal tools in your hand if exposed, energized conductors are within reach.

• Do not make any rapid moves when working with high voltage circuits. Do not grab a falling tool or other object. People do not contact high voltage wires on purpose. It occurs from an unplanned movement.

• Treat all wires and connections as high voltage until ammeter and wiring diagram show otherwise.

• Never work alone on high voltage circuits on the refrigeration unit. Another person should always be standing by in the event of an accident to shut off the refrigeration unit and to aid a victim.

• Have electrically insulated gloves, cable cutters and safety glasses available in the immediate vicinity in the event of an accident.

First Aid

IMMEDIATE action must be initiated after a person has received an electrical shock. Obtain immediate medical assistance.

The source of shock must be immediately removed. Shut down the power or remove the victim from the source. If it is not possible to shut off the power, the wire should be cut with either an insulated instrument (e.g., a wooden handled axe or cable cutters with heavy insulated handles). A rescuer wearing electrically insulated gloves and safety glasses could also cut the wire. Do not look at the wire while it is being cut.

The ensuing flash can cause burns and blindness.

Pull the victim off with a non-conductive material if the victim has to be removed from a live circuit. Use the victim’s coat, a rope, wood, or loop your belt around the victim’s leg or arm and pull the victim off.

Do not touch the victim. You can receive a shock from current flowing through the victim’s body.

Check immediately for the presence of a pulse and respiration after separating the victim from power source. If a pulse is not present, start CPR (Cardio Pulmonary Resuscitation) and call for emergency medical assistance. Respiration may also be restored by using mouth-to-mouth resuscitation.

Low Voltage

Control circuits are low voltage (24 Vac and 12 Vdc). This voltage potential is not considered dangerous.

Large amount of current available (over 30 amperes) can cause severe burns if shorted to ground. Do not wear jewelry, watch or rings. These items can shortcut electrical circuits and cause severe burns to the wearer.

Electrostatic Discharge Precautions Precautions must be taken to prevent electrostatic discharge while servicing the MP-3000a microprocessor and related components. The risk of significant damage to the electronic components of the unit is possible if these precautionary measures are not followed. The primary risk potential results from the failure to wear adequate electrostatic discharge preventive equipment when handling and servicing the controller. The second cause results from electric welding on the unit and container chassis without taking precautionary steps.

Electrostatic Discharge and the Controller

You must avoid electrostatic discharges when servicing the controller. Solid-state integrated circuit components can be severely damaged or destroyed with less than a small spark from a finger to metal object. You must rigidly adhere to the following statements when servicing these units. This will avoid controller damage or destruction.

• Disconnect all power to the unit.

• Avoid wearing clothing that generates static electricity (wool, nylon, polyester, etc.).

• Do wear a static discharge wrist strap (refer to Tool Catalog) with the lead end connected to the controller's ground terminal. These straps are available at most electronic equipment distributors. Do not wear these straps with power applied to the unit.

• Avoid contacting the electronic components on the circuit boards of the unit being serviced.

• Leave the circuit boards in their static proof packing materials until ready for installation.

• Return a defective controller for repair in the same static protective packing materials from which the replacement component was removed.

• Check the wiring after servicing the unit for possible errors. Complete this task before restoring power.

Welding of Units or Containers

Electric welding can cause serious damage to electronic circuits when performed on any portion of the refrigeration unit, container or container chassis with the refrigeration unit attached. It is necessary to ensure that welding currents are not allowed to flow through the electronic circuits of the unit. The following statements must be rigidly adhered to when servicing these units to avoid damage or destruction.

• Disconnect all power to the refrigeration unit.

• Disconnect all quick-disconnect wire harnesses from the back of the controller.

• Disconnect all wire harnesses from the Remote Monitor Modem (RMM).

• Switch all of the electrical circuit breakers in the control box to the Off position.

• Weld unit and/or container per normal welding procedures. Keep ground return electrode as close to the area to be welded as practical. This will reduce the likelihood of stray welding currents passing through any electrical or electronic circuits.

• The unit power cables, wiring and circuit breakers must be restored to their normal condition when the welding operation is completed.

Removing Refrigerant Properly Use a refrigerant recovery process that prevents or absolutely minimizes refrigerant escaping to the atmosphere. Fluorocarbon refrigerants are classified as safe refrigerants when proper tools and procedures are used. Certain precautions must be observed when handling them or servicing a unit in which they are used.

Fluorocarbon refrigerants evaporate rapidly, freezing anything they contact when exposed to the atmosphere in the liquid state. In the event of frost bite, attempt to protect the frozen area from further injury, warm the affected area rapidly, and maintain respiration.

• Eyes: For contact with liquid, immediately flush eyes with large amounts of water and get prompt medical attention.

• Skin: Flush area with large amounts of lukewarm water. Do not apply heat. Remove contaminated clothing and shoes. Wrap burns with dry, sterile, bulky dressing to protect from infection/injury. Get medical attention. Wash contaminated clothing before reuse.

• Inhalation: Move victim to fresh air and use CPR or mouth-to-mouth ventilation, if necessary. Stay with victim until arrival of emergency medical personnel.

Nameplate and Warning Locations

1. Controller Nameplate

2. Unit Nameplate

3. Compressor Nameplate

BEN074

AXA0214

AXA0215

AXA0218

AXA0217

AXA0216

Identifying Unit Safety and Warning Decals Serial number decals, refrigerant type decals and warning decals appear on all Thermo King® equipment.

These decals provide information that may be needed to service or repair the unit. Service technicians should read and follow the instructions on all warning decals. See Figure .

Locating Serial Numbers Serial numbers can be found on the component’s nameplate.

• Electric Motor Nameplate: Attached to the motor housing.

• Compressor Nameplate: On front of the compressor.

• Unit Nameplate: On unit frame in power cord storage compartment.

• MP-4000 Controller Nameplate: On top of controller.

Component Serial Number Identification

To better identify the different electronic components, our supplier has changed their serial number labeling on the MP-4000 controller and power module. The label will show part number, date, and sequence.

MP4000 Controller New label shows controller ID ABS782800212245390

Part number Date 2012 24 wk Sequence

ABS7828002 1224 5390

ID in controller would show 1224-5390

Figure 3: Controller ID Shown in Datalogger

Figure 1: Label on Controller Figure 2: ID in Controller

Service Guide

Service Guide A closely followed maintenance program will help to keep your Thermo King unit in top operating condition.

The following service guide table should be used as a guide when inspecting or servicing components on this unit.

NOTE: If a unit has been carrying cargo which contains a high level of sulphor or phosphorous (e.g.

garlic, salted fish etc.), it is recommended that clean evaporator coil after each trip.

Pretrip Every 1,000 Hours

Annual/ Yearly

Inspect/Service These Items

Electrical

• Perform a controller pretrip inspection (PTI) check.

• • • Visually check condenser fan and evaporator fan.

• • • Visually inspect electrical contacts for damage or loose connections.

• • • Visually inspect wire harnesses for damage or loose connections.

• • Download the data logger and check data for correct logging.

• Check operation of protection shutdown circuits.

Refrigeration

• • • Check refrigerant charge.

• • Check for proper discharge and suction pressures.

• Check filter drier/in-line filter for a restriction pressures.

Structural

• • • Visually inspect unit for damaged, loose or broken parts.

• • • Tighten unit, compressor and fan motor mounting bolts.

• • Clean entire unit including condenser and evaporator coils, and defrost drains.

Specifications

System Net Cooling Capacity— Full Cool

Evaporator Airflow Specifications

MAGNUM+ Model — Air Cooled Condensing*

Return air to evaporator coil inlet

460/230V, 3 Phase, 60 Hz Power

Net Cooling Capacity Power Consump

60 Hz Capacity

B/hr

60 Hz Capacity kW

60 Hz Power kW

21.1 C (70 F) 56,700 16.603 11.55

1.7 C (35 F) 40, 945 11.990 11.03

-17.8 C (0 F) 24,785 7.258 7.57 -29 C (-20 F) 17, 215 5,041 6.6 -35 C (-31 F) 14,000 4.104 6.03

*System net cooling capacity with a 38 C (100 F) ambient air temperature and R-404A.

System Net Heating Capacity*

460/230V, 3 Phase, 60 Hz Power 380/190V, 3 Phase, 50 Hz Power

Heating Capacity Heating Capacity

Watts Kcal/hr BTU/hr Watts Kcal/hr BTU/hr

MAGNUM+ normal 5,250 4,515 17,914 3,900 3,353 13,300 MAGNUM+ extended 7,250 6,234 24,738 5,550 4,772 18,937

*System net heating capacity includes electric resistance rods and fan heat.

MAGNUM+

External Static Pressure (water column)

460/230V, 3 Phase, 60 Hz Power 380/190V, 3 Phase, 50 Hz Power

High Speed Low Speed High Speed Low Speed m3/hr ft3/min m3/hr ft3/min m3/hr ft3/min m3/hr ft3/min

0 mm (0 in.) 6,560 3,860 3,170 1,865 5,480 3,225 2,710 1,595 10 mm (0.4 in.) 5,820 3,425 1,770 1,040 4,530 2,665 930 545 20 mm (0.8 in.) 5,000 2,940 — — 3,750 2,205 — — 30 mm (1.2 in.) 4,430 2,610 — — 2,930 1,725 — — 40 mm (1.6 in.) 3,520 2,070 — — 1,870 1,100 — —

Electrical System Specifications Compressor Motor:

Type 460/380V, 60/50 Hz, 3 Phase Kilowatts 4.48 kW @ 460V, 60 Hz Horsepower 6.0 hp @ 460V, 60 Hz RPM 3550 RPM @ 460V, 60 Hz Locked Rotor Amps 70 amps @ 460V, 60 Hz Condenser Fan Motor:

Type 460/380V, 60/50 Hz, 3 Phase Kilowatts 0.55 kW @ 460V, 60 Hz Horsepower 0.75 hp @ 460V, 60 Hz Number: All Models 1 Motor:

RPM 1725 RPM @ 460V, 60 Hz Full Load Amps 1.0 amps @ 460V, 60 Hz; 1.0 amps @ 380V, 50 Hz Locked Rotor Amps 3.9 amps @ 460V, 60 Hz; 3.7 amps @ 380V, 50 Hz

Evaporator Fan Motors:

Type 460/380V, 60/50 Hz, 3 Phase Kilowatts 0.75 kW @ 460V, 60 Hz Horsepower 1.0 hp @ 460V, 60 Hz Motor:

RPM (Each): High Speed 3450 RPM @ 460V, 60 Hz Low Speed 1725 RPM @ 460V, 60 Hz Full Load Amps (Each): High Speed 1.6 amps @ 460V, 60 Hz Low Speed 0.8 amps @ 460V, 60 Hz Locked Rotor Amps: High Speed 10.5 amps @ 460V, 60 Hz Low Speed 9.0 amps @ 460V, 60 Hz

Electrical Resistance Heater Rods:

Type 460/380V, 60/50 Hz, 3 Phase Number:

Normal Capacity

Normal Capacity

Extended Capacity

6 (18 ga wire)

3 (18 ga wire)

3 (16 ga wire) Watts (Each):

Normal Capacity

Normal Capacity

Extended Capacity

680 Watts @ 460V, 60 Hz

1360 Watts @ 460V, 60 Hz

2000 Watts @ 460V, 60 Hz Current Draw (Amps):

Normal Capacity

Extended Capacity

5 amps total @ 460V across each phase at heater contractor

4.5 amps total @ 460V across each phase at heater contractor Control Circuit Voltage:

29 Vac @ 60 Hz

Refrigeration System Specifications Compressor:

Model No.: ZMD18KVE-TFD-277, Scroll Refrigerant Charge:

MAGNUM+ 4.0 Kg (8.0 lb.) R-404A Compressor Oil Capacity 1.77 liter (60 oz.)* Compressor Oil Type: Polyol Ester Based Type (required), (refer to Tool Catalog)** *When the compressor is removed from the unit, oil level should be noted or the oil removed from the compressor should be measured so that the same amount of oil can be maintained in the replacement compressor.

**Do not use or add standard synthetic or mineral oils to the refrigeration system. If Ester based oil becomes contaminated with moisture or with standard oils, dispose of properly — Do Not Use!

High Pressure Cutout Switch:

Cutout 3240 ± 48 kPa, 32.4 ± 0.5 bar, 470 ± 7 psig Cutin 2586 ± 262 kPa, 25.9 ± 2.6 bar, 375 ± 38 psig Low Pressure Cutout Switch:

Cutout -17 to -37 kPa, -0.17 to -0.37 bar, 5 to 11 in. Hg vacuum Cutin 28 to 48 kPa, 0.28 to 0.48 bar, 4 to 7 psig High Pressure Relief Valve:

Relief Temperature 99 C, 210 F Vapor Injection Control:

Modulation Cool or Power Limit

Vapor injection valve is energized (open) continuously when the compressor duty cycle (ON time) is 100 percent (Full Cool). High compressor discharge temperature may cause the vapor injection valve to energize (open) but only while the Compressor Digital Control valve is not energized (closed).

Compressor Discharge Temperature Control:

Vapor Injection Valve Energizes (Opens) 138 C (280 F)

Vapor Injection Valve De-energizes (Closes) 6 C (10.7 F) below energize temperature (132 C [123 F])

Compressor Shutdown (Auto Reset) 148 C (298 F) Vapor Injection Valve (Compressor):

Voltage 24 Vac Current 0.85 amps Cold Resistance 5.6 ohms Compressor Digital Control Valve:

Voltage 24 Vac Current Draw 0.85 amps

Normal R-404A System Operating Pressures (Scroll Compressor)

Container Temp.

Operating

Mode Ambient

Temp.

Suction Pressure Discharge Pressure

21 C (70 F) Cool

27 to 38 C, 80 to 100 F

410 to 670 kPa, 4.10 to 6.70 bar, 59 to 97 psig

2140 to 2650 kPa, 21.40 to

26.50 bar, 310 to 385 psig

16 to 27 C, 60 to 80 F

400 to 600 kPa, 4.00 to 6.00 bar, 58 to 87 psig

1725 to 2140 kPa, 17.25 to

21.40 bar, 250 to 310 psig

2 C (35 F) Cool

27 to 38 C, 80 to 100 F

385 to 425 kPa, 3.85 to 4.25 bar, 56 to 62 psig

1860 to 2380 kPa, 18.60 to

23.80 bar, 270 to 345 psig

16 to 27 C, 60 to 80 F

345 to 385 kPa, 3.45 to 3.85 bar, 50 to 56 psig

1450 to 1860 kPa, 14.50 to

18.60 bar, 210 to 270 psig**

-18 C (0 F) Cool

27 to 38 C, 80 to 100 F

214 to 228 kPa, 2.14 to 2.28 bar, 31 to 33 psig

1515 to 2035 kPa, 15.15 to

20.35 bar, 220 to 295 psig**

16 to 27 C, 60 to 80 F

200 to 215 kPa, 2.00 to 2.15 bar, 29 to 31 psig

1100 to 1515 kPa, 11.00 to

15.15 bar, 160 to 220 psig**

-29 C (-20 F) Cool

27 to 38 C, 80 to 100 F

145 to 160 kPa, 1.45 to 1.60 bar, 21 to 23 psig

1450 to 1965 kPa, 14.50 to

19.65 bar, 210 to 285 psig**

16 to 27 C, 60 to 80 F

130 to 145 kPa, 1.30 to 1.45 bar, 19 to 21 psig

1035 to 1450 kPa, 10.35 to

14.50 bar, 150 to 210 psig**

Suction and discharge pressures vary too greatly during Modulation Cool to use for evaluating or diagnosing refrigeration system performance. During the Modulation Cool mode, the suction pressure will vary between 100 and 450 kPa, 1.0 and 4.5 bar, 15 and 65 psig depending upon the percent (percent) cooling capacity.

**Discharge pressure is determined by condenser fan cycling.

MP-4000 Controller Specifications Temperature Controller:

Type

MP-4000 is a controller module for the Thermo King Magnum+ Unit. Additional requirements can be met by means of expansion modules. The MP4000 is solely responsible for temperature regulation of the reefer container, but other monitoring equipment can be used in conjunction with the MP 4000 - such as a chart recorder.

Setpoint Range -40.0 to +30.0 C (-31.0 to +86.0 F) Digital Temperature Display -60.0 to +80.0 C (-76.0 to +176.0 F) Controller Software (Original Equipment):

Version See controller identification decal Defrost Initiation:

Evaporator Coil Sensor

• Manual Switch or Demand Defrost Initiation: Coil must be below 18 C (65 F). Defrost cycle starts when technician or controller requests defrost initiation.

• Timed Defrost Initiation: Coil must be below 4 C (41 F). Defrost cycle starts 1 minute after the hour immediately following a defrost timer request for defrost initiation. For example, if the defrost timer requests a defrost cycle at 7:35, the defrost cycle will start at 8:01. Datalogger will record a Defrost event for each interval in which a Defrost cycle is pending or active (i.e. both the 8:00 and 9:00 data logs).

v

Demand Defrost

Demand defrost function initiates defrost when:

• Temperature difference between the return air sensor and defrost (evaporator coil) sensor is too large for 90 minutes

• Temperature difference between the supply air sensors and return air sensor is too large

Defrost Timer:

Chilled mode

Evaporator Coil Temperature must be below 5C (41 F) to activate the defrost compressor hour timer.

There is an interval set for defrosting, however, the defrost timer is built intelligent - it detects whether or not there is ice building up on the coil. If there is no ice building up on the coil, it extends the defrost interval, and if there is Ice building up earlier on the coil it reduces the defrost interval. The maximum interval is 48 hours.

Frozen mode Every 8 hours of compressor operation. Defrost interval increases 2 hours each timed defrost interval. Maximum time interval in Frozen mode is 24 hours.

Reset to Base Time Defrost timer resets if the unit is off more than 12 hours, setpoint is changed more than 5 C (9 F) or PTI pretrip test occurs.

Defrost Termination:

Defrost (Coil) Sensor

Chilled mode: Terminates defrost when coil sensor temperature rises to 18 C (65 F).

Frozen mode: Terminates defrost when coil sensor temperature rises to 18 C (65 F).

Termination Timer Terminates defrost after 90 minutes at 60 HZ operation if coil sensor has not terminated defrost (120 minutes at 50 Hz operation)

Power Off Turning Unit On/Off switch Off terminates defrost Compressor Shutdown Protection (Auto Reset):

Stops Compressor 148 C (298 F) Allows Compressor Start 90 C (194 F) Bulb Mode:

Evaporator Fan Speed Settings

Flow High: High speed only

Flow Low: Low speed only

Flow Cycle: Fans will cycle between low and high speed every 60 minutes

Defrost Termination Temperature Setting 4 to 30 C (40 to 86 F)

Physical Specifications Fresh Air Exchange Venting System (Adjustable):

MAGNUM+

0 to 225 m3/hr (0 to 168 ft3/min.) @ 60 Hz

0 to 185 m3/hr (0 to 139 ft3/min.) @ 50 Hz Evaporator Fan Blade Specifications:

MAGNUM+:

Diameter 355 mm (14.0 in.)

Pitch 25° Number of Fans 2

MP-4000 Controller Specifications (Continued)

Weight (net):

MAGNUM+ Base Unit 380 Kg (875 lb.)

Water-cooled Condenser-Receiver Option 13.6 Kg (30 lb.)

Unit Dimensions:

A = Flange Width 2025.5 mm (79.74 in.)

B = Gasket Width 1935 mm (76.18 in.)

C = Unit Width 1894 mm (74.57 in.)

D = Flange Height 2235.2 mm (88.00 in.)

E = Gasket Height 2140 mm (84.25 in.)

F = Unit Height 2094 mm (82.44 in.)

G = Gasket Depth 72 mm (2.83 in.) from back of flange H = Maximum Protrusion 37 mm (1.46 in.) from back of flange I = MAGNUM+ 420.0 mm (16.54 in.) from back of flange

J = MANGUM+ Evaporator Access Door

Figure 1: Physical Specifications

Physical Specifications (Continued)

AMA313

Unit Description, Features & Options

Introduction This chapter will briefly describe the following items:

• General Unit Description.

• Standard Component Descriptions.

• Optional Component Descriptions.

General Description

MAGNUM units are all-electric, single-piece, refrigeration units with bottom air supply. The unit is designed to cool and heat containers for shipboard or overland transit. The unit mounts in the front wall of the container. Fork lift pockets are provided for installation and removal of the unit.

The frame and bulkhead panels are constructed of aluminum and are treated to resist corrosion. A removable evaporator compartment door provides service access. All components except the evaporator coil and electric heaters can be replaced from the front of the unit.

Each unit is equipped with an 18.3 m (60 ft.) power cable for operation on 460-380V/3 Ph/60-50 Hz power. The unit power cable is stored below the control box in the condenser section.

Each unit is equipped with 460-380V/3 Ph/60-50 Hz electric motors. An automatic phase correction system provides the proper electrical phase sequence for condenser fan, evaporator fan and compressor operation.

Figure 2: MAGNUM+ Unit

The MAGNUM+ container unit features the following components. Each component will be described briefly on the following pages.:

• Scroll Compressor

• Compressor Digital Control Valve

• Economizer Heat Exchange System

• Temperature Sensors

BEN074

• Fresh Air Exchange System

• Receiver Tank Sight Glass

• Evaporator Fans

• Condenser Fan Control

• Suction/Discharge Pressure Sensor (Optional)

• Remote Monitoring Receptacle Option (4-pin) (optional)

• Remote Monitoring Modem (RMM, RMM+) (Optional)

• USDA Cold Treatment Temperature Recording (Optional)

• Advanced Fresh Air Management (AFAM) and Advanced Fresh Air Management Plus (AFAM+) (Optional)

Scroll Compressor The scroll compressor features a digital port and an intermediate suction port.

Digital Port

The digital port provides cooling capacity control. The digital port is located at the top of the scroll assembly on the compressor body. When energized, the Digital Control valve disengages the scroll set.

This reduces pumping capacity to zero.

Intermediate Suction Port

The intermediate suction port draws suction gas from the economizer heat exchanger into the scroll assembly of the compressor. The scroll seals off the suction port. This prevents economizer gas from leaking back to the main suction port. It also prevents the economizer gas pressure from influencing the cooling capacity of the unit evaporator (main suction gas pressure).

Figure 3: Scroll Compressor

MP-4000 Controller The MP-4000 is an advanced microprocessor controller that has been specially developed for the control and monitoring of refrigeration units. See “Controller Description and Operating Chapter” for more detailed information.

Power Module Fuses

The PM-4000 Power Module in the MAGNUM Plus unit uses Ultra Fast 20 amp fuses to protect the power module and are not interchangeable with the MP3000 MRB fuses. The fuses from the MP3000 MRB must never be used in the PM 4000 Power Module.

Part number for a PM 4000 Power Module fuse (FF 20 amp 500v and black fuse holder) is:

P/N 419286 Fuse & Holder Blk MP4000

Part number for the MP3000 MRB fuse (F 20 amp 500V and red fuse holder) is:

P/N 419318 Fuse & Holder Red MP3000

Fuse and fuse holder will be sold together as a kit. Individual fuse and holder part number for the MP3000 will supersedes to the kit number once inventory is used up.

Figure 5: Power Module Fuses

1. MP-4000 Controller

Figure 4: MP-4000 Controller

BEN074

MP 3000 MRB

Red Holder

F 20 amp Fuse

PM 4000 Power Module Black Holder FF 20 amp Fuse

Compressor Digital Control Valve The MP-4000 controller pulses the Compressor Digital Control solenoid valve between open and closed positions. This provides precise cooling capacity control. No pump down function or warm gas bypass control is used in conjunction with the Compressor Digital Control valve. See the “General Theory of Operation Chapter” for more detailed information.

Figure 6: Compressor Digital Control Solenoid Valve

Economizer Heat Exchange System An economizer heat exchange system replaces the conventional heat exchanger. The economizer Heat Exchange system subcools the liquid refrigerant before it reaches the evaporator expansion valve.

Subcooling liquid refrigerant increases the cooling efficiency and capacity of the evaporator. See the “General Theory of Operation Chapter” for more detailed information.

Figure 7: Economizer Heat Exchanger

Temperature Sensors Each sensor element is connected to a cable and packaged in a sealed stainless steel tube. The temperature signal from the sensor is transmitted through the cable. PT.1000 type temperature sensors are used to sense temperatures for the:

• Supply Air

• Return Air

• Evaporator Coil

• Condenser Coil

• Ambient Air

The compressor sensor is of Thermistor type and is located in the top cap of the compressor.

These sensors are field replaceable. Five sensor receptacles are provided; three USDA and one cargo temperature.

AXA0428

AXA0427

Fresh Air Exchange System The fresh air exchange system removes harmful gases from containers carrying sensitive perishable commodities. The fresh air vent is located above the control box. The fresh air vent is adjustable to accommodate a variety of frozen and chilled load operating conditions.

Receiver Tank Sight Glass The receiver tank contains a sight glass which has three small balls that indicate the level of refrigerant in the tank for checking the refrigerant charge. A moisture indicator in the sight glass changes color to indicate the level of moisture in the system.

Evaporator Fans MAGNUM models are equipped with either 2 or 3 evaporator fans. All models feature 2-speed motors.

The evaporator fans operate continuously to circulate air inside the container. The evaporator fans operate on:

• High and low speed for chilled cargo at setpoints of -9.9 C (14.1 F) and above

• Low speed for frozen cargo at setpoints of -10 C (14 F) and below

1. Fresh Air Exchange Vent

Figure 8: Fresh Air Exchange Vent

1. Moisture Indicator:

Light Green = Dry Yellow = Wet

2. Outer ring is color coded. Compare to indicator.

Figure 9: Receiver Tank Sight Glass

BEN075

AXA0371

The evaporator fan low speed RPM is one-half the high speed RPM.

The controller determines evaporator fan motor speed based on the setpoint temperature and the Economy mode setting.

NOTE: If Non-Optimized mode is on:

• Chill Loads: Evaporator fans operate on high speed

• Frozen Loads: Evaporator fans operate on low speed

NOTE: If optimized mode is on:

• Chill Loads: Evaporator fans operate on high and low speed - depending on the need for cooling.

• Frozen Loads: Evaporator fans operate on low speed and stops when there is no need for cooling.

Condenser Fan Control The controller also uses a proportional-integral derivative algorithm to control the condenser temperature and ensure a constant liquid pressure at the expansion valve. The condenser fan operates continuously in high ambients. In low ambient conditions, the controller cycles the condenser fan on and off to maintain a minimum condenser temperature. The controller maintains a minimum 30 C (86 F) condenser temperature on Chill loads and a minimum 20 C (68 F) condenser temperature on Frozen loads.

USDA Cold Treatment Temperature Recording (standard)

The MP-4000 controller includes provisions for the use of three or four USDA sensors. These sensors allow temperatures in various areas of the load to be monitored and recorded for United States Department of Agriculture use in monitoring Cold Treatment shipments.

When USDA sensors are installed, the controller will automatically detect each sensor and activate data logging. However, the USDA Type screen in the Configuration menu must be set to the correct sensor setting and each USDA sensor must be calibrated to comply with USDA temperature recording requirements.

Figure 10: Water-Cooled Condenser/Receiver Tank

Unit Options This unit is available with several options that are listed in Figure 11. These options are specified when placing the order. These options are briefly described on the following pages.

1. Electronic Chart Recorder (Optional)

2. AVL, AFAM, AFAM+ Options

3. USDA Sensor Receptacle (Access from Inside Container) (Optional)

4. Remote Monitor Modem for Power Line Communications (REFCON control modem inside Control Box) (Optional)

5. Suction/Discharge Pressure Transducer (Optional)

Figure 11: Optional Components

BEN061

Electronic Chart Recorder (Optional)

The electronic chart recorder will take the datalogger data from the controller and print the return air sensor values.

Remote Monitoring Modem (RMM, RMM+) (Optional)

A REFCON remote monitoring modem is provided to permit remote monitoring via the power cable.

High speed transmission reads all controller information. Data can also be retrieved from the data logger via high speed transmission.

Suction and Discharge Pressure Sensors (Optional)

Pressure sensors can be added to the unit to display actual suction or discharge system pressure. The display will show a reading and a bar graph. Unit can be configured suction only, discharge only, or suction and discharge.

Water-Cooled Condenser/Receiver Tank (Optional)

A water-cooled condenser/receiver provides the unit with above and below deck operating capabilities.

Condenser fan control is provided in software or by a Condenser Fan Selection switch or a Water Pressure switch. Starting April 2005 we have added a shutoff valve on the outlet tube of the water-cooled condenser.

Condenser fan switch is a software key. This switch is provided on the control box with the water-cooled condenser option. Place the Condenser Fan On/Off switch in the Water position for water-cooled condenser operation.

Figure 12: Water-Cooled Condenser/Receiver Tank

Air Ventilation Logging (AVL - Optional)

AVL is used for detecting and logging the fresh air exchange position on the manual fresh air vent.

The opening angle of the fresh air vent is converted to an output signal from approximately 2-5 volts.

The disk opening is detected in steps of 0-125, 150, 175, 215 and 225 m3/hr.

See “Air Ventilation Logging (AVL)” on page 112 for more information.

Advanced Fresh Air Management (AFAM) System (Optional)

An advanced microprocessor controlled fresh air management system provides programmable control of air exchange rate, programmable delayed vent opening, automatic closure of air exchange vent during low ambient conditions, and data logging of air exchange rate and vent opening delay interval.

The AFAM system includes a door control module, vent door and vent grille. The MP-4000 controller sends a communication signal to the door control module to position vent door to desired position. The controller can also be set to delay opening of fresh air vent for up to 48 hours (in 1 hour increments). This allows faster product temperature pull-down.

See “Starting the AFAM System” on page 114 for more information.

AFAM Operation

The system is pre-calibrated for air exchange rates of 0 to 225 m3/hr. (0 to 132 ft3/min.). The actual door position is based on the air exchange setting and the power supply frequency.

If the controller identifies a component failure during unit startup, an alarm is recorded in the controller display and data-logger memory. If a power loss occurs after the AFAM system is turned on, the controller automatically operates the vent door based on the previous AFAM Delay and AFAM Rate settings when power is restored.

1. Vent Door

2. Door Control Module

3. Interface Module Board and Cable (mounts in Control Box)

4. Grille

Figure 13: AFAM System

AFAM Vent Door Assembly

A microprocessor controlled vent door provides programmable control of the air exchange rate. The vent door is adjusted to the desired position by a vent door motor and linkage assembly, shown in Figure 14.

The system is pre-calibrated for air exchange rates of 0 to 225 m3/hr. (0 to 132 ft3/min.). The use of the AFAM system should be established by the shipper.

The default setting for AFAM in the Setpoint menu is the last value set (Off, AFAM). The Fresh Air Vent Man submenu should be set to AFAM to control the vent door to the fresh air exchange rate setting.

If the controller identifies a component failure during unit startup, an alarm is recorded in the controller display and data-logger memory. If a power loss occurs after the AFAM system is turned on, the controller automatically operates the vent door based on the previous AFAM Delay and AFAM Rate settings when power is restored.

Advanced Fresh Air Management Plus (AFAM+) System (Optional)

The Advanced Fresh Air Management Plus (AFAM+) System provides programmable control of the CO2 level in the container. The controller can be set to control the CO2 level in the container from 0 to 25 percent. See “Advanced Fresh Air Management Plus (AFAM+) System” on page 117 for more information.

WARNING: After installing or servicing the AFAM door, remove all tools and install the vent grille before starting the AFAM system. Failure to replace the vent grille before turning the AFAM system on may result in personal injury or unit damage.

1. Actuator

2. Shaft

3. Cotter Pins

4. Pin clevis

Figure 14: Vent Door Adjustment

1. Evaporator Access Door

2. Condenser Fan

3. Compressor Compartment

4. Scroll Compressor

5. Control Box

6. Rear Download and USDA Receptacle Panel (Access from Inside Container)

Figure 15: Unit Front View

1. Evaporator Grille

2. Air Channels

3. Fresh Air Inlet

4. Top Rear Plate

5. Bottom Rear Plate

6. USDA Receptacle Panel:

• Controller Communications and Data Download Port

• USDA1/Spare 1 Sensor Connection

• USDA2/Spare 2 Sensor Connection

• USDA3/Spare 3 Sensor Connection

• Cargo (Pulp) Sensor Connection

Figure 16: Unit Back View

AXA0238

1. Expansion Valve 7. Ball Valve

2. Evaporator Coil 8. Digital Control Valve

3. Expansion Valve (Economizer) 9. Low Pressure Cutout Switch

4. Condenser Coil 10. Economizer Heat Exchanger

5. Receiver Tank 11. Vapor Injection Solenoid Valve

6. Scroll Compressor 12. Dehydrator

Figure 17: Refrigeration System

1. Sensor Kit 15. Humidity Sensor

2. Evaporator Fans Harness 16. Vapor Injection Valve

3. Power Cable Bracket 17. Compressor Sensor

4. Power Cable 18. Digital Valve

5. Power Plug 19. Control Box

6. Scroll Compressor 20. Compressor Cable

7. HPCO Switch 21. Liquid Tite Connector

8. Heater Group 22. Cable Connection

9. Condenser Fan Motor 23. Cable Supply

10. Condenser Fan Harness 24. Kit CO2/O2 RS485 sensor

11. Evaporator Fan Motor 25. Humidity Sensor (for OOCL)

12. USDA Receptacle Panel 26. Temperature Sensor

13. Suction Transducer 27.

14. Pocket Sensor

Figure 18: Electrical Components

Metric Hardware Torque Charts

*HH = Hex Head, CL = Class.

Bolt Type and Class*

Bolt Size

M6 M8 M10 M12

N.m (Ft.-lb.) N.m (Ft.-lb.) N.m (Ft.-lb.) N.m (Ft.-lb.)

HH – CL 5.8 6-9 (4-7) 12-16 (9-12) 27-34 (20-25) 48-61 (35-40)

HH – CL 8.8 10-13 (7-10) 20-27 (15-20) 41-47 (30-35) 75-88 (55-65)

HH – CL 10.9 14-17 (10-13) 27-34 (20-25) 54-68 (40-50) 102-122 (75-90)

HH – CL 12.9 17-21 (12-16) 41-47 (30-35) 68-81 (50-60) 122-149 (90-110)

HH – SS (2) 10-13 (7-10) 20-27 (15-20) 41-47 (30-35) 75-88 (55-65)

Bolt Type and Class*

Bolt Size

M14 M16 M18 M22

N.m (Ft.-lb.) N.m (Ft.-lb.) N.m (Ft.-lb.) N.m (Ft.-lb.)

HH – CL 5.8 75-88 (55-65) 115-135 (85-100) 177-216 (130-160) 339-406 (250-300)

HH – CL 8.8 115-135 (85-100) 177-216 (130-160) 271-339 (200-250) 475-610 (350-450)

HH – CL 10.9 136-176 (100-130) 224-298 (180-220) 393-474 (290-350) 678-813 (500-600)

HH – CL 12.9 177-216 (130-160) 285-352 (210-260) 448-542 (330-400) 881-1016 (650-750)

HH – SS (2) 115-135 (85-100) 177-216 (130-160) 271-339 (200-250) 475-610 (350-450)

Controller Description

The MP-4000 is an…